Matrices Class 12 | JEE Main & Advanced

[@JEEnexus]

The PDF of the session is in the link pinned in the telegram channel t.me/JEEnexus

[@tanmaytheminecrafty504]

Righteous and black 🐈‍⬛🖤 and black flowers and black 🖤 and anties and anties and sky as the blue 🔵 and anties

[@target__iit]

𝐓𝐈𝐌𝐄𝐒𝐓𝐀𝐌𝐏𝐒 0:57 Nature of Chapter 2:22 Weightage 3:07 *Index* 4:38 *Critical Topics* 7:16 *Describing Matrices* 8:11 Types of Matrices (Based on Looks) 10:45 *In Square Matrix* 11:28 Trace *Further Types:-* 13:48 Triangular Matrix 18:05 Diagonal Matrix 19:19 Scalar Matrix 19:32 Identity Matrix 20:07 *Algebra of Matrices* 20:33 ① Equality of Matrices 30:41 ② Addition of Matrices 32:15 ③ Multiplication of Matrices by Constant 34:00 ④ Multiplication of two Matrices 46:59 *Properties of Multiplication* 47:02 1️⃣ It’s NOT Commutative 48:22 NOTE: (A + B)² 50:45 _Remember this Question❗_ 👉 If AB=A & BA=B then, A²=A & B²=B 56:01 I and A are Commutative 59:25 Alternate Method to calculate high powers of matrix 1:13:49 2️⃣ It’s Associative 1:14:09 3️⃣ It Distributes over addition 1:14:42 4️⃣ Multiplicative Identity exists 1:15:08 5️⃣ Multiplication with Null gives Null 1:15:16 REMARK: ❪A×B=O ≠⟩ A=O or B=O❫ 1:16:52 *Relation between Matrices & Determinant* 1:17:02 ⓐ We find det of sq matrix 1:17:17 ⓑ |A × B| = |A| × |B| 1:18:27 ⓒ |K × Aₙ| = Kⁿ |A| 1:22:49 _Good Question_ 1:27:26 *Transpose and it's Properties* ① (Aᵀ)ᵀ = A ② (A + B)ᵀ = Aᵀ + Bᵀ ③ (KA)ᵀ = K(A)ᵀ ; K is Constant ④ (AB)ᵀ = BᵀAᵀ ⑤ (Aⁿ)ᵀ = (Aᵀ)ⁿ 1:28:58 *Some Special types of Matrices* 1:29:13🔸Symmetric Matrix ❪ Aᵀ = A ❫ 1:29:48🔸Skew Symmetric Matrix ❪ Aᵀ = -A ❫ 1:30:20 Determinant of Odd Order Skew Symmetric Matrix = 0 1:35:51 A = ½(A + Aᵀ) + ½(A - Aᵀ) 1:45:44🔸Hermitian & Skew Hermitian Matrix 1:49:04🔸Orthogonal Matrix ❪ AAᵀ = I ❫ Determinant of Orthogonal Matrix = ±1 1:53:01 Shortcut to identify Orthogonal Matrix 1:59:01 _Standard Question_ (Remember❗) 2:03:05🔸Unitary Matrix ❪ A × (A̅)ᵀ = I ❫ 2:03:16🔸Idempotent Matrix ❪ A² = A ❫ 2:04:10🔸Involutory Matrix ❪ A² = I ❫ 2:04:33🔸 Nilpotent Matrix ❪ Aᵐ = O ❫ 2:05:43🔸Singular & Non-Singular Matrix 2:06:03 *Adjoint of Matrix* 2:07:26 *Imp Result:* 👉 A × (adj A) = |A| Iₙ = (adj A) × A 2:08:50 *Properties of Adjoint* ① |adj A| = |A|ⁿ⁻¹ ② |adj(adj A)| = |A|⁽ⁿ⁻¹⁾^² ③ |adj(adj(adj(…r times)))| = |A|⁽ⁿ⁻¹⁾^ʳ ④ adj(adj A) = |A|ⁿ⁻² A ⑤ adj(Aᵀ) = (adj A)ᵀ ⑥ adj(KA) = Kⁿ⁻¹ (adj A) ⑦ adj(Aᵐ) = (adj A)ᵐ ⑧ adj(AB) = (adj B)(adj A) 2:26:54 Proofs 2:32:38 *Inverse of Matrix* 2:36:53 _Standard Question_ 2:41:27 NOTE THIS DOWN‼️ 2:47:31 *Properties of Inverse* ① (A⁻¹)⁻¹ = A ② |A⁻¹| = 1/|A| ③ (Aᵀ)⁻¹ = (A⁻¹)ᵀ ④ (AB)⁻¹ = B⁻¹ A⁻¹ ⑤ (Aⁿ)⁻¹ = (A⁻¹)ⁿ 3:01:03 *Elementary Transformations* 3:02:32 Theorem 3:05:57 *Solving System of Linear Equations using Matrices* 3:09:17 Number of Solutions 3:10:24 *Cayley Hamilton Theorem* 3:11:04 Characteristic Equation 3:12:14 Theorem 3:15:48 DIRECT RESULTS 🌟 3:16:58 Sum & Product of Roots of characteristic equation 3:21:49 _Matrix Equation_ 3:28:41 If roots of characteristic eqn of A is α, β, γ… , then roots of characteristic eqn of Aⁿ is αⁿ, βⁿ, γⁿ…

[@target__iit]

*Properties of Trace :-* ① Tr(pA) = pTr(A) ② Tr(A + B) = Tr(A) + Tr(B) ③ Tr(AB) = Tr(BA), provided both AB & BA exists *NOTE :-* Tr(AAᵀ) = Tr(AᵀA) = Sum of sq. of elements of A

[@sumitkashyap03]

Thanks bhai❤

[@CHIRAYUCHOUDHARY-jq1fw]

bhai ne pura chapter comment mei he bata diya

[@target__iit]

@@CHIRAYUCHOUDHARY-jq1fw yeah toh mera khasiat hai, mai notes nahi banata, yeh karta hu. It's my own invented style

[@itsTreyski999]

@@target__iit ai hai ya khud likha hai?

[@Beastlife122]

Limits needed !! Likes here for this chapter .

[@shivanisuraj6425]

@@Beastlife122 yesssss

[@BenStokes1234]

35:25 38:11 : multiply krne se pehle order (m×p) likh liya kro to avoid any sort of mistake 35:46 36:20 : Prouct mein - pre multiplier ki nth row product ki nth row degi 40:57 : Ek se jyada matrices ka product : at a time we can multiply only 2 matrices and then observe pattern to find final answer 51:48 1:27:03: Aese q mein shuru kro, given ko use kro efficiently, simplify (manipulation reqd in good q) kro aur ans aa gya Matrices ke algebra mein badi power aaye : 56:29 1:09:40 2:08:13 2:33:16 : if • A and B commute (AB=BA) then directly open krdo (BT/ Formula). • 53:14 54:27 2:01:35 (🌟) If A and B dont commute then 2 ko multiply, fir ek aur ke saath fir ke ek aur ke saath 1:00:17 1:01:29 1:08:50 : Kisi particular matrice (M) ki badi power nikalni h toh break it as following - (M = I + A) now to find badi power of M apply BT on (I + A) as I and A commute. 1:24:57 1:23:33 1:31:08 1:31:35 1:50:05 2:27:20 2:42:27 : Det chahiye, toh dono side det apply krdo. 1:28:19 2:10:59 2:48:33 : Power and Transpose hamesha andar bahar ja skte 1:33:09 1:34:38 1:40:02 1:42:33 : To find whether matrice is Symm or Skew Symm - jiske baare mein poocha h use ek matrice kehdo and name it (let) C. Then apply transpose on it (defn), apply properties, if it's equal C then Symm and if it's - of C then it's skew symm 🌟 2:30:30 : Adj kahi bhi pareshaan kre, multiply it with A and use { A×adjA = |A|×I } 2:34:35 2:36:27 2:36:48 : A matrice is invertible : use det of that matrice is non 0 2:35:19 : Adj of 2×2 matrice : exchange elements along diagonal, and insert - along the other diagonal. For 3×3 matrice : adj will be found by taking transpose of cofactor matrice 2:37:14 2:37:53 2:45:27 2:45:58 2:49:21 : Some matrice is given non singular (∆ is non 0) use this info as, we can multiply by inverse of given matrice (as inverse exists) 2:40:54 2:41:31 : Adding or subtracting the given eqns proves handy. (If not then resort to what you do best)

[@RajdeepMishra7]

God bless you

[@Yadavboy023Yadav]

❤❤thanks bro

[@Phontrex]

😊

[@Yuvika-x7v]

Guys believe me best video ever of matrices on KZbin

[@Jee20250]

Sir I always got around 150-160 marks in my mains coaching test but because of you I get a good score in maths and total around 200

[@shubhamsaini4871]

Sir kitna achha hota ki chemistry and physics bhi aap se hi pdhne ko milta.. ❤

[@ankushmondal1061]

0:00 Introduction & Nature of Chapter 3:07​ Index & Critical Topics 7:10​ Describing Matrices & Types of Matrices 20:09​ Algebra of Matrices 1:16:42​ Relation b/w matrices & Determinants 1:27:25​ Transpose & its properties + Some special Matrices 2:15:27​ Adjoint of Matrix and its properties 2:42:09​ Inverse of a matrix & its properties 3:10:35​ Elementary transformations 3:15:15​ Solving system of linear equations using matrices 3:19:57​ Characteristic equation & Cayley Hamilton Theorem

[@Reaves245]

PNC needed sir !!!

[@Prakhar_Sharma123]

Yes sir plz make a vedio on permutations and combinations 🙏🙏

[@kushagrasharma5983]

PNC cover Kara do sir plzzz

[@UchihaSasuke-i7p]

Ji sir PNC ke ques nhi hote plz cover Kara do

[@JustTakezo]

Ap log Physics kidhar se cover kar rhe ho?

[@Reaves245]

@@JustTakezo Ashish Arora sir

[@18football18]

Coordinate geometry advanced level needed 💯💯💯

[@kaliaiit]

That will come after some time Prachi.... Before that, i will be covering seq series, pnc and binomial.. God bless u❤

[@18football18]

Okay sir Very grateful that you're replying to my comments personally I will make you proud in jee 2025​@@kaliaiit

[@apoorwaraj-ev7hj]

59:00:00 binomial theorem 01:55:00 orthogonal 2:27:00 proof of matrix adjoint

[@Prince_mittal-nl4dj]

sir at 56:30 as we know (I-A)^2 = I-A(by solving) THEN (I-A)^5 WILL EQUAL TO I-A HENCE OPTION C. NO NEED TO USE COMBINATION

[@PhoenixX6T4]

yes, it's ez method.

[@18football18]

Thankyou very much for the lecture Bhai Starting the lecture Will complete with repetition and sheet by tomorrow Thankyou Bhai mere bhai (Apna promise yaad hai? 😊)

[@18football18]

Completed ✅

[@kaliaiit]

Yes prachi.... Keep it up....❤

[@18football18]

Thankyou for replying bhai ❤​@@kaliaiit

[@vineetdas1096]

2:55:55 revise after mains 1st attempt self note!

[@advaithbadami1026]

What’s the probability that I was searching for a lecture on matrices and sir posted a lecture on it today only…

[@DeekshaKumari-rx5mb]

Same

[@AlokEditX06]

Same same 😂 it's a destiny ( God Sign 😅)

[@abiroop_B_ANS-1717]

00:11 Introduction to Matrices 01:05 Matrices Class 12 02:28 Importance of matrices and determinants in JEE preparation 03:12 Complete coverage of matrices in 4.5 hours 04:37 Transposition and addition of matrices are critical topics. 05:24 Matrices is an important topic in this chapter. 06:57 Understanding Matrices in detail 07:43 Notations in determinants reveal row and column positions 09:28 Understanding the number of rows and columns in matrices. 10:22 Understanding square matrices in depth 12:23 Understanding diagonal elements of a matrix 13:26 Understanding Triangular Matrices in Symmetric Elements 15:45 Diagonal elements are important in matrices 16:53 Diagonal in a lower triangular matrix 18:56 Understanding diagonal matrices and scalar matrices 19:58 Understanding the concept of Identity Matrix 21:40 Understanding Matrix Operations 22:30 Revision techniques for solving 4th degree equations 24:48 Understanding roots and relation between p and q 26:00 Understanding matrix multiplication concepts 28:20 Explaining matrix equations with examples 29:34 Understand the concept of matrices subtraction. 31:32 Matrix addition and subtraction order importance 32:27 Matrix multiplication and constant multiplication explained 34:27 Multiplying matrices involves matching columns and rows. 35:21 Understanding matrix multiplication order 37:47 Understanding matrix creation using matrix multiplication 38:43 Understanding matrix multiplication and avoiding confusion 40:36 Matrix multiplication rules 41:36 Understanding matrix multiplication and its patterns 43:40 Introduction to matrices and their columns 44:55 Understanding matrix multiplication and equations 47:07 Understanding matrix multiplication concepts 48:06 Matrix value does not change by multiplying it from one side 50:31 Understanding the concept of matrices and its application 51:35 Understanding A equals to B and B equals to A 53:36 Understanding matrix multiplication step by step 54:41 Explaining the process of multiplying matrices step by step. 56:27 Understanding matrix multiplication and power 57:47 Explaining the concept of finding the cube of a given number. 1:00:00 Splitting matrices into two parts for quick calculations 1:00:57 Understanding matrix powers and identities 1:03:21 Understanding matrix operations and identity matrix. 1:04:27 Understanding matrix operations in detail 1:06:45 Understanding the power of matrix operations 1:08:14 Understanding the technique to calculate the power of a matrix. 1:10:22 Techniques for manipulating squares in matrices 1:11:30 Squaring method to maintain values of i and m. 1:13:43 Understanding the properties of multiplication in matrices 1:14:36 Introduction to Multiplicative Identity Matrix 1:16:41 Understanding the relationship between matrices and determinants 1:17:32 Multiplying matrices before taking determinants and its importance 1:19:36 Understanding matrix operations and determinants in a 3x3 matrix 1:20:31 Understanding determinants and powers in matrices 1:22:34 Understanding matrices and focusing on key concepts. 1:23:26 Understanding the importance of determining values of a and b 1:25:23 Determinant of a Nil Power is Zero 1:26:15 Understanding the concept of determinants and matrices. 1:28:28 Matrices have properties of transposition and reversal law 1:29:26 Understanding key properties of diagonal and skew-symmetric matrices 1:32:06 Proof that determinant of a 0 matrix is 0 1:32:58 Understanding Symmetric Matrices 1:35:27 Transposing property is important for solving problems 1:36:16 Symmetric matrix addition explained 1:38:11 Understanding symmetric part of a matrix 1:39:20 Symmetric Matrices Proof Techniques 1:41:11 Understanding matrix properties: Symmetric and Transpose 1:42:37 Proving the symmetry of a matrix using transpose and product. 1:44:42 Transposing a power of 4 and understanding its impact. 1:45:38 Matrix transposition and conjugate are key concepts. 1:48:35 Understanding the types of matrices is crucial in this chapter. 1:50:11 Understanding determinants and their properties 1:52:39 Understanding matrix magnitudes and units 1:54:00 Dot product of perpendicular vectors is zero 1:56:47 Introduction to Matrices in Hindi 1:57:58 Introduction to Matrices and Unit Vectors 2:00:20 Understanding 2023 A transpose standard format 2:01:19 Understanding matrix powers and transposition 2:03:27 Proof of a Squared and b Squared 2:04:19 Identity matrices and power matrices 2:05:49 Understanding Singular and Non-Singular Matrices 2:06:36 Understanding Factor Matrix in Matrices 2:08:36 Importance of understanding the properties of matrices 2:09:35 Understanding the determinant of a single ad joint point. 2:11:22 Understanding Transposed Inverse Determinants 2:12:18 Understanding determinants of matrices 2:14:22 Determinant of a 5x5 matrix and its square 2:15:10 Introduction to matrices and preferred method 2:17:04 Determining the value of a determinant of a matrix 2:17:58 Understanding determinant of a square matrix 2:20:25 Understanding matrix operations with an example 2:21:31 Understanding constants, values, and determinants in matrices 2:23:47 Understanding properties and determinants of matrices. 2:24:43 Importance of Applying Determinant Concept 2:26:34 Importance of proving results in JEE Main & Advanced 2:27:34 Determinants of Matrices 2:29:41 Understanding the concept of addition of matrices 2:30:44 Multiplying matrices and determining the result 2:33:00 Understanding inverse of a matrix 2:33:58 Understanding the concept of Invertible Matrices and Identity Matrix 2:35:55 Determinant is evaluated, need to find adjoint joint 2:36:38 Inverting a matrix with non-zero determinant 2:38:31 Understanding equality of matrices and solving options 2:39:41 Product of two matrices can be zero even if individual elements are non-zero. 2:41:41 Matrix questions require addition or subtraction for solving 2:42:34 Understanding determinants in matrices. 2:44:41 Explaining the possibilities and cases in matrices 2:45:44 Multiplying with the inverse of a non-zero determinant 2:47:49 Understanding determinants and applying them 2:48:43 Understanding the concept of matrix reversal law 2:50:56 Multiplying matrices step by step 2:52:06 Understanding Invertible Matrices and Joint Addition 2:54:10 Multiplying matrix A by its determinant gives its inverse 2:55:21 Concept of Joint of Two Matrices 2:57:03 Understanding determinants in addition and product 2:57:54 Understanding the use of options and concepts as per the question 2:59:54 Determinant of a matrix can be easily calculated using a zero or non-zero approach 3:00:46 Understanding Elementary Transformations in Matrices 3:02:16 Formation of equivalent matrices using elementary operations 3:03:05 Performing elementary row operations on matrices 3:05:31 Usage of matrices in solving linear equations 3:06:21 Introduction to Matrices and Linear Systems of Equations 3:08:21 Introduction to forming equations using matrices 3:09:14 Understanding determinants and unique solutions in JEE Main & Advanced 3:11:22 Characteristic equation and determinant 3:12:39 सेटिस्फाई हो रहा है जी 3:14:38 Understanding matrix operations for solving equations 3:15:33 Multiplying by a scalar in fourth and fifth power 3:17:37 Properties of determinants and their relations with matrices 3:18:29 Understanding the process of creating equivalence and proceeding with it 3:20:25 Understanding 3x3 matrices and characteristics equations 3:21:26 Understanding Matrix Equations 3:23:47 Understanding characteristic equation and its roots 3:24:50 Understanding characteristic equation of a matrix. 3:26:48 Understanding matrix operations and applications. 3:28:01 Adding and subtracting matrices explained 3:30:24 Roots of Characteristic Equation 3:31:55 Understanding the powers in matrices 3:33:50 Understanding the concept of minus beta and its implications 3:34:56 Introduction to solving matrices without seeing solutions 3:36:39 Information about pricing and schedule for test series. 3:37:39 Encouragement to continue with preparation and helping others.

[@Shine.for.creator]

2:19:19 , 2:41:26 , 2:47:23 , 2:51:47 , 3:02:25 , 3:17:42 , 3:24:22 , 3:31:36

[@shivanisuraj6425]

Next video on total differential calculus please 🙏 🙏 🙏 🙏 🙏 🙏 🙏

[@AyushSinha-lb1qy]

Sir please permutation and combination

[@dhruvupadhayay9479]

thank you sir completed the chapter

[@studyhard-e6f]

Which one is better new one shot or a yr old one pls tell

[@PiyushMahajan-r3j]

New

[@Tripzy-ey7cw]

New

[@Tripzy-ey7cw]

New

[@studyhard-e6f]

Thanks 🙏

[@aryadubey4712]

Sir can u please tell kb tak is series se syllabus over hoga?

[@Misama-sina]

3:24:45 sir here can we just multiple the equation by A? Then we can compare the tr(a) from the equation which is 5 and then use product of roots formula?

[@deepasoni6109]

Bhai Ab Pahle Vectors and 3d karwo do 2025 ke liye😊

[@Unstoppable023]

2:50:24 ❤

[@AmandeepSinha-fm1ve]

Guyzz, I'm studying this chap 1st time only, Is this lecture is enough for Mains ?????

[@LelouchLamperouge-h3r]

Yes, definitely. Infact almost all of Arvind sir's lectures are enough for JEE advanced aswell, unless mentioned otherwise

[@Irl78]

Thanks ❤​@@LelouchLamperouge-h3r

[@Beastlife122]

Sir ji. Please provide physics chapters also...

[@satyaswaroop9757]

Bounce Back dekhle Unacademy atoms me

[@Im.varunnn]

completedd!

[@prasannalohe9727]

1:50:00

[@Xujin_huc09990]

51:08

[@siddhant2399]

1:54:30 2:10:30 3:05:15

[@ayaanansari1192]

Ajoint of matrix2:05:59

[@ShanIsCuler]

❤ best lecture

[@Harsh-zq1qc]

Sequence and series please 😢

[@hazmiese]

1:00:27 1:11:59

[@adityakushwaha602]

very good ques at 2:51

[@Itzyadavno1]

Sir next pnc and binomial theorem 😊❤❤

[@Suresh_NIT_delhi]

got NIT DELHI CSE in general ranking THANK YOU SO MUCH SIR LOVE YOU A LOT

[@pw-alive9129]

God bless you shera ☠️

[@priyanshuchauhanvlogs935]

❤❤JAI SHREE RAM JI ☺️☺️ JAI SHREE GANESH JI 😊 JAI SHREE KRISHNA JI ☺️☺️ THANK YOU SO MUCH SIR JI 😊🙏

[@Cricketers.014]

Thankyou so much sir ❤.... love you sir❤

[@colonal4517]

sir PNC aur 12th ka oneshot karado sir 🙏🙏

[@HanshulJangra]

2:08:39

[@tanmaytheminecrafty504]

65+6

[@tanmaytheminecrafty504]

🎉

[@tanmaytheminecrafty504]

❤❤❤❤❤❤

[@tanmaytheminecrafty504]

Squre hexagon matrices

[@tanmaytheminecrafty504]

6666678901

[@tanmaytheminecrafty504]

😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊

[@dominators4024]

Sir please shera ko bhul jao😂😂Hum bhi hai...!😢

[@akshayakki6833]

lol

[@souravsingh4536]

38:49 wo to 1*4 aur 4*2 ki matrices h sir

[@07FS]

Ji, aap sahi keh rahen hain hazrat. wo mehez ek typing mistake hai!

[@Xujin_huc09990]

​@@07FS Urdu 😂

[@shivanisuraj6425]

2:22 weightage

[@swapanlalchaudhuri1489]

Who is Shera Sir?

[@vishav-r9c]

binomial next

[@Irl78]

Done and dusted pr last vale ka answer -23/16 aa rha h

[@renukumari1166]

Sir please make lectures for 11th as on urgent basis

[@shivanisuraj6425]

7:17 lecture starts

[@OmmkarMishraOmm]

09:59

[@shivanisuraj6425]

16:50 stopped 😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊😊

[@jtotxmyd7591]

27:00

[@NilayBhostekar-p2y]

Last wala question done and dusted

[@poonamchandsahu1470]

Differentiation ka video kb aayega sir

[@IITBOMBAYCSE-f8e]

Pnc sir ❤

[@Kiran_k4328]

Is this usefull like this message❤

[@aasthaagrawal167a9]

Any one can tell me how many Questions are there in this one shot video??

[@OmmkarMishraOmm]

15:6

[@tanmaytheminecrafty504]

Right lefte hai

[@tanmaytheminecrafty504]

00000000⁰⁰00000⁰

[@msrinivas76]

Hello

[@av-vinay]

Relation and function class 11

[@shivanisuraj6425]

3:08

[@FocusonSolution780]

16:10

[@iamsahil26]

sir ye chapter apne ache se nhi karaya one shot mein determinants wala better tha lecture

[@Manisha-qh8mj]

Determinants bala kya sir detail Kiya hai kya please batao na😢

[@Xujin_huc09990]

31:21 😮

[@renuka1859]

If it was available also in English it can be better for all the borders ....

[@Abhinav-m4o]

You are from which state

[@msrinivas76]

Actually s we can understand more better😊

[@dragonslayerz6616]

probablity needed bhai plz

[@nidhishah6845]

Bhai rotation kyu nai karvaya

[@RohitKumar-mi9ul]

sir ji physics teacher le aoooo

[@Tripzy-ey7cw]

Who is shera 😂

[@ashwinraj6345]

trace is not taught?

[@mayank3664]

Sound silo aata hhh

[@vineethsai2726]

😮😮😮

[@IITIAN_0786]

1:57:35

[@Krishnaaa27]

1:38:21

[@Xujin_huc09990]

47:06

[@varun2008]

20:09

[@itsTreyski999]

2:41:35

[@shivanisuraj6425]

20:56